Description

Technical Parameters

Features

1. Wide application range: High precision steel frame punching machines can be used for various metal processing applications, including cutting, bending, punching, stamping, and embossing. This versatility makes it an excellent investment for any industrial application.

2. Easy to operate: Closed single handle high-precision steel frame punch press, easy to operate, intuitive control, and simple adjustment. This makes it suitable for operators with a range of skill levels, thereby reducing the need for extensive training.

3. Enhance safety: The high-precision steel frame punch design has safety functions that can protect operators from accidents and injuries. This includes safety covers and protective devices, emergency stop buttons, and interlock switches.

Stamping Product 1

Stamping Product 2

Stamping Product 3

Stamping Product 4

Stamping Product 5

Stamping Product 6

Application scope

Name	Unit	DPS-125T		DPS-160T		DPS-200T
Nominal force	KN	1250		1600		2000
Type		V	H	V	H	V	H
Slider stroke	mm	250	160	280	180	300	200
Nominal force stroke	mm	20	15	20	15	25	20
Number of strokes (constant speed)	s.p.m	40	60	35	55	40	50
Maximum die height	mm	400	450	450	500	500	550
Die height adjustment	mm	100		100		120
Lower worktable size	mm	750×700×105		800×750×115		850×800×35
Slider bottom	mm	750×450		810×500		930×700
Worktable center hole	mm	Ø310		Ø350		Ø400
Die handle hole	mm	Ø75		Ø75		Ø75
Main motor	KW×P	11×4		18.5×4		22×4
Pulling rod size	mm	M30×550		M30×620		M36×700
Air pressure used	MPa	0.6-0.7		0.6-0.7		0.6-0.7
Punch (front and back × left and right × height)	mm	1763×1623×3600		2090×1906×3900		2302×2056×4355

Name	Unit	DPS-250T		DPS-315T		DPS-400T
Nominal force	KN	2500		3150		4000
Type		V	H	V	H	V	H
Slider stroke	mm	320	200	350	250	400	250
Nominal force stroke	mm	25	20	30	20	30	20
Number of strokes (constant speed)	s.p.m	35	50	28	40	25	35
Maximum die height	mm	520	580	550	600	600	675
Die height adjustment	mm	120		120		150
Lower worktable size	mm	950×900×155		1000×900×177		1200×1000×185
Slider bottom	mm	970×800		1050×900		1200×800
Worktable center hole	mm	Ø420		Ø450		Ø500
Die handle hole	mm	Ø75		Ø75		Ø75
Main motor	KW×P	30×4		37×4		45×4
Pulling rod size	mm	M36×700		M36×900		M36×1000
Air pressure used	MPa	0.6-0.7
Punch (front and back × left and right × height)	mm	2820×2136×4730		2900×2206×5112		3400×2346×5377

Name	Unit	DPS-400 Three-axis		DPS-500 Three-axis		DPS-600 Three-axis
Nominal force	KN	4000		5000		6000
Type		V	H	V	H	V	H
Slider stroke	mm	400	250	450	250	450	250
Nominal force stroke	mm	30	20	30	20	30	20
Number of strokes (constant speed)	s.p.m	25	35	20	35	20	35
Maximum die height	mm	600	675	650	750	650	750
Die height adjustment	mm	150		150		150
Lower worktable size	mm	1200×1000×185		1400×1200×215		1500×1200×235
Slider bottom	mm	1280×1000		1600×1200		1600×1200
Worktable center hole	mm	Ø500		Ø550		Ø550
Die handle hole	mm	Ø75		Ø100		Ø100
Main motor	KW×P	37×4		55×4		55×4
Pulling rod size	mm	M36×1000		M42×1200		M42×1300
Air pressure used	MPa	0.6-0.7
Punch (front and back × left and right × height)	mm	3512×2240×5600		3627×2480×5800		3810×2600×6150

Name	Unit	DPS-800 Three-axis		DPS-1000 Three-axis
Nominal force	KN	8000		10000
Type		V	H	V	H
Slider stroke	mm	450	300	450	300
Nominal force stroke	mm	35	25	35	25
Number of strokes (constant speed)	s.p.m	20	35	20	35
Maximum die height	mm	700	775	700	775
Die height adjustment	mm	150		150
Lower worktable size	mm	1600×1300×265		1700×1350×295
Slider bottom	mm	1700×1300		1800×1350
Worktable center hole	mm	Ø600		Ø700
Die handle hole	mm	Ø120		Ø120
Main motor	KW×P	75×4		90×4
Pulling rod size	mm	M48×1400		M48×1500
Air pressure used	MPa	0.6-0.7
Punch (front and back × left and right × height)	mm	4020×2740×6400		4200×2840×6850

Standard Accessories
Pneumatic clutch	●
Touch screen	●
Preload counter, pre-break counter	●
Hydraulic overload protection device	●
Misfeed detection device	●
Power socket	●
Electric grease lubrication device	●
Electronic slide adjustment device	●
Electronic mold height indicator	●
Slide and mold balancing device	●
Electronic rotary cam switch	●
Crankshaft angle indicator	●
Counter	●
Air source connector	●
Second-stage protection device	●
Instruction manual	●

Standard Accessories	○
Pneumatic die pad device	○
Foot switch	○
Slider upper punching device	○
Anti-vibration foot	○
Photoelectric protection device	○
Feeder (air, mechanical and NC types)	○
Rack	○
Leveler	○
Robot	○
Mold lighting device	○

How to Choose the Appropriate Manufacturing Method

When selecting a metal fabrication method, consider the following factors:

1. Size of Workpieces: Different sizes and volumes affect manufacturing costs. Small workpieces have lower costs. Various technologies can be used, including shearing machines, laser cutting machines, stamping machines, and press brakes.

2. Material Types: Different processes are suitable for different materials based on ductility and tensile strength. Press braking and roll forming are suitable for low-strength materials, while high-strength materials are more challenging to bend and roll form.

3. Workpiece Design: Certain designs, such as holes and embossing, are better suited for stamping. Laser cutting provides smoother edges compared to stamping. The shape and complexity also influence the choice of forming method. Roll forming can handle complex linear shapes in a single pass, while bending requires multiple passes.

4. Cost: Reducing costs while maintaining quality is crucial. Stamping automation has lower labor costs than manual bending. Roll forming and press braking have similar tooling costs. Roll forming is cost-effective for mass production of large workpieces, while press braking is better for small workpieces and small-batch manufacturing.

Tees

Adjustment board 1

Adjustment board 2

Copper sleeve

Factory display

Hot Tags: copper tube terminals, China copper tube terminals manufacturers, suppliers, factory, Industrial Stamping Machine, Automatic Power Press, pneumatic punch press, Stamping Equipment, Sheet Metal Pressing Machine, Single Punch Press

Copper Tube Terminals

Features

Application scope

How to Choose the Appropriate Manufacturing Method

Factory display